With

🪙Potential access to funding & Grants

👥Robust user support

📳And a vibrant community your project might be the next groundbreaking idea on the Solana blockchain.

In addition to the typical features of a blockchain network

Speed🚀

Immutability🔒

Ability to transact without Intermediaries(P2P)🤝

Big data storage🗄️

Cryptography🔢

The Solana blockchain in its singularity is characterised by speed, high throughput and low-cost architecture

A misconception about blockchain technology is that it solely powers a financial-only ecosystem This is a knowledge gap and a misconception because cryptocurrency functions solely because the technological principles behind blockchain technology support its operability. This allows the innovation of products and services that leverage the network’s advancements Limiting blockchain technology to just cryptocurrency is a misconception that perceptually limits blockchain technology to finances (cryptocurrencies) when ideally, platforms and products can be built on it we dive into the practicability of blockchain networks for innovation by exploring some real-world problems the Solana blockchain can solve

1️⃣📊Increased Global access to wealth-creation vehicles

Problem: Not everyone has access to or can afford to participate in traditional financial markets due to high entry costs or just being cut out from participation due to factors like location, entry fees and knowledge gaps.

Potential solution: Platforms that grant individuals access to financial assets like stocks, bonds, ETFs and REITs. Without the need for physical presence in the regions where the assets are located and also reduced cost of entry by halving the entry prices for asset units

Past attempts: Currently Etherfuse provides the ability to invest in “stablebonds” through its platform — a Stablebond is a tokenized version of a physical bond issued by a sovereign nation (or other sovereign entity)

2️⃣🌱Increasing individual participation in the global agricultural market

Problem: The Agricultural Market is worth $2.7 Trillion and not everyone can participate in this market because investing feels have many barriers to individual participation.

Potential solution: Create an ecosystem, DAOs, and tokenised marketplace for increased individual access to the transportation and processing of agricultural commodities across borders

Past attempts: Currently Agridex is a Solana-Backed RWA marketplace Reshaping the Global Agricultural Industry, characterised by — Reduced transaction costs — Reduced Fraud — Fair access Agridex is creating new methods for participation in the global agricultural market

3️⃣🏐Revolutionising digital sports technology

Problem: As the global sporting industry has grown globally and more investments are made into the sporting industry, there is a demand for: — More athletes to be able to set up sellable profiles for potential scouting

- Sporting teams and clubs to have the ability to control, manage, store, and share data within their internal and external networks, manage ticketing, manage sponsorship deals and find new sponsors to collaborate with

Solution: More platforms and products for the management and tracking of athlete profiles and performance (potential and active athletes), owning and sharing digital data, maintaining and tracking contracts and sharing and owning media rights could be created as an innovation in sports, both in the departments of entertainment and management

Past Attempts: Solana’s partnership with FTX (before its collapse) included sports-related initiatives, such as stadium naming rights and fan engagement programs

4️⃣🩺Healthcare data tracking and storage

Problem: There’s a potential to improve access to health data, research and technology for humans while protecting their data.

Solution: Building healthcare applications, and database management software for hospitals and health organisations to be able to easily and quickly track patients’ profiles, treatment history, MRI, X-ray and Ultrasound scan results while maintaining changes over time in the health conditions and statuses of patients

Past attempts; HealthBlocks is a platform built on Solana that allows users to securely store and manage their health data. It uses blockchain technology to ensure data privacy and interoperability

5️⃣🗼Innovation in architecture, real estate & the construction industry

Problem: Intersecting real estate Architectural practice and construction as a function that complements each other over the years takes on slow processes, especially in areas with limited access to infrastructure data, this is necessary because the interconnectedness of bridging real estate data, building codes, records and bookkeeping and construction control with modern technology can be slow in a lot of cases.

Solution: Creating ledger-based platforms and smart contracts that update across board building codes, financial and geographical data, masterplans and layouts for architects, construction engineers real estate brokers

Past attempts: Solana Build is a platform that connects architects, builders, and investors on the Solana blockchain. It uses smart contracts to streamline project funding and management.

6️⃣🖼️Artwork and Collectables curation and tracking for galleries and museums

Problem: The myth of the perfect crime where the Mona Lisa was stolen from the Louvre and was hidden for two years had some stories spun off of it.

Solution: Using the immutability of the blockchain to create systems where ledgers, physical and digital certificates can be issued to control cloning Past Attempts: Exchange.art and DigitalEyes allow creators to issue NFTs tied to their work, ensuring authenticity

7️⃣🎭Intellectual property protection in the entertainment industry (Music and Film) Problem: Hackers work overtime to get access to intellectual property and unreleased media (songs, snippets, bloopers and IP) that belong to artists, studios and labels

Solution; Creating systems and platforms that go a step further to protect rights to intellectual property and digital material

Past Attempts: Metaplex Artists can mint NFTs on Solana that act as verifiable certificates of authenticity for their physical or digital art

8️⃣🖥️Virtual networks that maximised hardware efficiency and computing power

Problem: There has been an increased demand for computational power by entities who want to build digital solutions, create 3D content, or even build specified software applications

Solution: Virtual machines and platforms that allow the sharing and renting of computational power (GPU and CPU) and resources could be built to grant users access to computational resources

Attempts: Render network is built to democratize high-end GPU rendering for next-generation 3D content creation

9️⃣🗃️Innovation in data and research methodologies across industries Problem: Sourcing and updating readily available data for research and development can be a tussle for industry professionals who seek specific data sets globally for research and development.

Solution: Creating domain-specific document base and data banks for professionals to interact with and maybe even contribute their findings through data storage, entry and ledger sets

Past attempts: None (as of now)

🔟♠New Opportunities in the Digital Wager Industry:

Problem: More platforms with more staking options for wagering on arguments and notions in the domain of politics, sports and popular culture could be created for hobbyists and enthusiasts.

Solution: Building platforms that allow economic autonomy on wagers and tickets staked on across any form of interest. Past Attempts: arkamarkets and DivvyBet allow users to stake on or create wagers with participation granted through crypto wallets

The opportunities presented here are not limited to only the industries listed as there are several use cases for building on the Solana blockchain technology across several industries, this provides more potential for solving problems that could change the trajectory of any industry and create new opportunities for market entry across board.

*all ownership rights to images and assets used in this article were forced across platforms like pixabay, freepik, and unsplash and remain copyrighted to their creators.

Introduction
The idea and innovation behind decentralised servers, which provide usability across different industries to serve diverse purposes are ingenious in Web3 technology. Decentralisation does not anchor solely on features like anonymity, data protection, and security; it forges a new pathway for alternative sources for computational resources, bandwidth sharing, storage and data collection. Developers, creators, and agencies are provided with affordable, serverless computational power that is more economical than purchasing hardware.

The working principle behind DePIN (Decentralised Physical Infrastructure Networks) is not entirely novel. We have seen platforms provide GPU power for rent to users. The key difference here, however, is that with DePIN, computational infrastructure can be sourced without centralised servers, providing a new method for sourcing, accessing, and handling computational power.

The working principle behind a typical Decentralised Physical Infrastructure Network (DePIN) follows suit;

The Case:

• Developers, creators, entities need data, bandwidth, computational power and servers for a range of purposes like developing decentralized applications, train AI models, deliver content, or even build systems for new technology
• Computational power is typically provided by hardware, however, purchasing the latest and state-of-the-art hardware comes with heavy financial demands. And even when they opt to “rent” infrastructure costs may still be on the high side as platforms that provide infrastructure are typically subscription based and may provide solutions that are budget friendly.

The Solution:

• Entities contribute to an ecosystem by contributing extra/idle bandwidth, GPU power, or storage; whatever the case may be with the kind of infrastructure network associated through their devices. Users who have a demand for these computational resources benefit from the networks by patronising a more affordable resource base instead of relying on big companies to provide these services.

The Reward:

• A community of device owners rewarded with cryptocurrency-based tokens for making contributions to the network
• Developers who want to leverage affordable computing resources enjoy the new advantage they have without breaking the bank.

DePIN is classified by Physical Resource Networks (PRNs), and Digital Resource Networks (DRN):

1. Physical Resource Networks: involve the use of physical assets such as GPU power e.g Render network which uses GPUS to render 3D models.
2. Digital Resource Networks (DRNs): Involve the use of digital assets and services such as data and bandwidth, like in the case of wingbits that map real-time flight data within its network through the use of Automatic Dependent Surveillance – Broadcast (ADS-B)

The Solana blockchain and its position with Decentralised Physical Infrastructure Networks (DePIN)

Founded in 2017 by Anatoly Yakovenko, with its mainnet beta being launched in March 2020, Solana is a layer-one blockchain designed for decentralized apps (dApps) and cryptocurrencies. It is known for its speed, affordability and scalability

Key metrics on the Solana blockchain include:

• High Speed; able to process 65,000+ transactions per second (TPS)
• Low Fees; transactions cost a fraction of a cent.
• Proof of History (PoH); A unique time-stamping method that helps speed up transactions.
• Popular Use Cases; Supports DeFi, NFTs, gaming, and DePIN networks.

Building on Solana would be a no-brainer since the idea is leveraging the best features of the blockchain network to create the fastest solutions as far as decentralized physical infrastructure is considered

The adoption of DePIN innovation spans a range of industries from aviation to geolocation mapping, storage, AI model training and even wireless networks.

The Helium network — a DePIN in the wireless network domain - was the pioneer DePIN network on the Solana blockchain, Helium powers decentralized wireless networks for IoT (Internet of Things) devices and mobile networks. Originally, it launched on its own blockchain, but later, Helium migrated to Solana in April 2023 to improve scalability, lower costs, and integrate with Solana’s growing DePIN ecosystem.

More projects that cut across other industries and serve alternative purposes exist on Solana today and more are in development, these range from idle GPU power outsourcing for rendering 3D models (with Render), GPU/CPU outsourcing for computing power (like with io.net ), bandwidth sharing for content delivery and data sourcing (Blockmesh), and also realtime flight tracking (with wingbits).

Each ecosystem typically adopts a reward-based incentive for contributors by awarding tokens for contributing computational power, bandwidth or data to their networks.

DePIN in the APAC (Asia-Pacific); accessibility, prevalence and adoption

The term Asia-Pacific (APAC) encompasses a diverse range of countries in East Asia, South Asia, Southeast Asia, and Oceania. The exact number of countries considered part of APAC can vary depending on the context and criteria used. For instance, the United Nations Economic and Social Commission for Asia and the Pacific (UNESCAP) includes 53 member states in its definition of the Asia-Pacific region [data.unescap.org]

The APAC (Asia-Pacific) region is home to over 4.7 billion people, making it the most populous region in the world. It includes some of the world’s largest economies, such as China, Japan, India, and South Korea.

Given these variations, the number of countries in the APAC region can range from around 40 to over 50, depending on the specific definitions and inclusions applied by different organizations ~40–45 countries (depending on the inclusion of territories like Taiwan or dependencies) and ~10–15 territories: (Pacific Islands and overseas dependencies)

South Asia:

India (country), Pakistan (country), Bangladesh (country), Sri Lanka (country), Nepal (country), Bhutan (country), Maldives (country)

Southeast Asia:

Indonesia (country), Malaysia (country), Philippines (country), Singapore (country), Thailand (country), Vietnam (country), Myanmar aka Burma (country), Cambodia (country), Laos (country), Brunei (country), Timor-Leste (East Timor) (country)

East Asia:

China (country), Japan (country), South Korea (country), North Korea (country), Mongolia (country), Taiwan (region, considered a part of China by some countries)

Oceania:

Australia (country), New Zealand (country), Papua New Guinea (country), Fiji (country), Solomon Islands (country), Vanuatu (country), Samoa (country), Tonga (country), Micronesia (country), Palau (country), Marshall Islands (country), Kiribati (country), Nauru (country), Tuvalu (country)

Pacific Islands:

French Polynesia (France) (territory), New Caledonia (France) (territory), Guam (USA) (territory), Northern Mariana Islands (USA) (territory), Cook Islands (New Zealand) (territory), American Samoa (USA) (territory), Wallis and Futuna (France) (territory), Niue (New Zealand) (territory), Tokelau (New Zealand) (territory), Pitcairn Islands (UK) (territory)

It is noteworthy to acknowledge that though Decentralised Physical Infrastructure Networks (DePIN) are intended to be globally accessible there might be limitations for a handful of networks which can be ascribed to laws and policies guarding the usage of certain software technology and applications; a case in point would be the restrictions on Google Play and Apple appstore by the Chinese government hence cellular based Decentralised Physical Infrastructure Network (DePIN) like UpRock may be cut off from users domiciled in this region, in the case of North Korea state policies around external technology, cryptocurrency for citizens and other laws already cuts off users from accessing networks as ordinary citizens in North Korea generally cannot access blockchain-related activities due to strict government control.

The growth potential for DePIN networks in the APAC region is promising as awareness has begun to spread through campaigns and online communities as more users relish the leverage that comes with blockchain technology and its features. IoT, mapping, cloud computing, GPU rendering, and mobile networks are key areas of interest for DePIN projects in APAC. Some popular Solana DePIN in the APAC region are listed hence.

The future of DePIN

DePIN innovation provides the potential for new economic opportunities for contributors and users alike in the web3 ecosystem and also opens up new opportunities for the provision of access to affordable computational resources and infrastructure. Projecting high growth and adoption rate as demand increases.

Entities may leverage the incentives provided by the projects as a new means of income, while developers and creators will find alternatives to centralised server-based computational resources and pricey computer hardware.

The projections for where innovation with Decentralised Physical Infrastructure Networks sees new industries adopting this new way of accessing infrastructure, compute power and data, and also create the potential for new networks to emerge.

References:
depinhub.io
depinscan.io
coingecko.com
Blaize.tech

I am fascinated by the new prospects in financial market investing that Web3 projects are creating. New markets and investment vehicles are constantly innovating, driven by the unique nature and structure of Web3. Imagine being afforded the ability to ‘finance’ payments. This might be the first time you hear “PayFi” — Payment Financing. As Lily Liu, President of the Solana Foundation, puts it:

“PayFi is the creation of new financial markets around the time value of money. On-chain finance can enable new financial primitives and product experiences that are impossible in traditional or Web2 finance.”

The qualities and characteristics of Web3 and blockchain technology are unlocking this potential. At the forefront of this revolution is Huma Finance, the first PayFi network, which is transforming global payment financing by giving businesses and individuals enhanced control, efficiency, and real-time capabilities in payments.

Understanding PayFi and the Huma Advantage

At its core, PayFi reimagines the “time value of money,” enabling instant access to future funds. This is more than just a concept; it’s a new paradigm of financial interaction. Huma leverages blockchain technology and stablecoins to create a payment financing ecosystem that transcends the limitations of traditional Web2 finance.

Huma Finance’s platform operates like a network of payment financing solutions, built on the high-speed and low-cost infrastructure of the Solana blockchain. Think of it as a buffet of options tailored to your needs, much like how Kellogg’s offers a variety of cereals. Whether it’s cross-border payment financing, digital asset-backed corporate cards, or trade finance, Huma provides a tailored solution for everyone.

Challenges in Traditional Payment Financing

To fully appreciate what Huma Finance offers, it’s essential to understand the shortcomings of traditional payment financing:

• Delays in credit card settlements: Businesses often face cash flow issues due to settlement delays.
• Prefunding for cross-border payments: Traditional methods require businesses to lock funds in advance, leading to inefficiencies.
• Lack of transparency in trade finance: Limited visibility hampers trust and increases risks in transactions.

These challenges highlight the urgent need for a system that prioritizes speed, efficiency, and transparency — enter Huma Finance.

Innovations Enabled by Huma’s PayFi

Huma Finance addresses these issues head-on with groundbreaking innovations:

• T+0 Payment Settlements: Eliminating delays, businesses and individuals can now enjoy same-day settlements.
• No Prefunding for Cross-Border Payments: Unlock liquidity by removing the need to pre-fund accounts for international transactions.
• Enhanced Trade Finance: Blockchain’s transparency ensures trust, reducing risks in trade transactions.

These solutions are not just theoretical; they’ve already been implemented and proven effective. Huma’s network has processed over $2 billion in transactions with zero defaults, showcasing the robustness of its approach.

Huma’s 2024 Milestones

Remarkable achievements have marked Huma Finance’s journey in 2024:

• Solana Launch: Leveraging Solana’s high-speed, low-cost infrastructure to enhance scalability and efficiency.
• Merger with Arf: Strengthening its ecosystem and capabilities.
• $38 Million Fundraising Round: A Testament to Investor Confidence in Huma’s Vision and execution.
• Expansion to Scroll: Broadening its reach to other blockchain ecosystems.

These milestones highlight Huma’s growth and its commitment to innovation and scalability.

The PayFi Stack and the Vision of the “Internet of Money”

Huma’s vision extends beyond immediate use cases. The PayFi Stack is designed for compatibility with other ecosystems, laying the foundation for the “Internet of Money” — a seamless, interconnected financial ecosystem powered by blockchain. This vision aims to bridge the gap between traditional finance and Web3, creating previously unimaginable opportunities.

Conclusion

Huma Finance is not just building products; it’s creating a new financial reality. By addressing traditional pain points and unlocking the potential of blockchain technology, Huma is pioneering a future where global payment financing is accessible, efficient, and empowering. Whether you’re a business looking to optimize cash flow or an individual exploring Web3 opportunities, Huma Finance is a name you’ll want to remember.

The financial landscape is evolving, and Huma Finance is leading the charge. Are you ready to be part of the PayFi revolution?

My biggest learning experience this year in Web3 was the new perspective I got into how the ecosystem is quite different from what I had imagined the direction it would take.

In 2021, we had conversations buzzing around the metaverse, avatars, digital real estate, virtual reality, and communities. This is what I thought Web3 was gearing towards. I had imagined it was being built on the idea of having humans immersed in virtual environments. If you’ve seen the movie Ready Player One, something of that sort — where digital real estate sells, people use their avatars to interact with virtual spaces, and navigate through virtually built communities. However, this vision either hasn’t materialized yet or was a misconception on my part. With a better understanding of decentralization, blockchain networks, and cryptography, I now see Web3 in a completely different light.

The Core of Web3 Today

Essentially, Web3 today is being built on the principle of decentralization. Tokenization, Decentralized Finance (DeFi), Decentralized Autonomous Organizations (DAOs), and Decentralized Physical Infrastructure Networks (DePIN) are all concepts made possible by blockchain technology and smart contracts.

It’s a new kind of digital ecosystem that allows for autonomy, anonymity, global access, and transparency — all while being immutable. The interconnectedness of this not-so-new ecosystem and the ingenious ways it leverages these principles create opportunities to build new platforms, ideas, products, and even markets. Web3 takes the principles that traditional systems operate on and eliminates their lapses, unlocking possibilities we couldn’t have imagined before.

Case in Point: Financial Markets

Now, one industry where we can see these concepts and principles thriving is financial markets. That’s not to say that Web3’s scope is limited to finance, but it’s where I’ve personally observed its most tangible advantages so far.

The whole idea of tokenization, accessibility, blockchain networks, smart contracts, and DAOs can all be seen interwoven in different products built on the blockchain. Let’s take traditional financial markets, for example. Here, real-world assets (RWAs) like bonds can be tokenized for increased access. Tokenization refers to pegging assets to tokens within a blockchain ecosystem. These tokens usually break down the unit cost of assets into smaller, more affordable bits, allowing for lower entry points — especially for populations with limited financial capability.

A recent platform I came across, Etherfuse, is a good example of this (and no, this isn’t a paid promotion — just a viable case study).

What is Etherfuse?

Etherfuse takes the bond market and creates a new concept built on the same workability as traditional bonds, which they call Stablebonds. Through tokenization, anonymity, DAOs, and blockchain technology, Etherfuse creates new opportunities for investing and wealth creation in the bond market. The platform is built on the principle of creating global access to bond investing by reducing the relative entry cost through tokenization and offering Stablebonds as a financial asset. The increased accessibility that comes with using a blockchain platform is another bonus.

Domiciled on the Solana blockchain network, Etherfuse addresses the limitations of traditional bonds as an investment asset. Bonds often come with high entry costs and limited access, cutting out potential investors and limiting opportunities to a select few. Etherfuse reduces these barriers by breaking bonds into smaller units, making them affordable to more people. Other perks? Global access, autonomy, and increased transparency.

This is just one instance of how Web3 leverages blockchain to enable the creation of new companies, platforms, and projects. The ecosystem’s foundation of decentralization and blockchain technology allows for all these innovations to flourish.

Broader Implications and the Future of Web3

Web3’s principles extend far beyond finance. Industries like supply chain management, healthcare, gaming, and more stand to benefit from decentralization, blockchain networks, and smart contracts. The ability to innovate by addressing traditional systems’ limitations is where Web3 truly shines.

This year, I’ve gained invaluable insights into how Web3 leverages blockchain and decentralization to create solutions that were previously unimaginable. Understanding how interconnected technologies like smart contracts, tokenization, and DAOs work together to innovate existing ideas has been my most rewarding learning experience.

The Future

New possibilities, innovations, and adoption across more industries are on the horizon. Web3 isn’t just about transforming how systems operate — it’s about creating entirely new paradigms for how we interact with technology and each other.

Agridex, the Real World Assets (RWAs) marketplace that aims to achieve increased global access to the agricultural market by bringing agriculture on-chain.

Agridex is where Traditional finance meets decentralised finance. Founded by Henry Duckworth, Agridex is a company built on the principle of creating global access to real-world assets in the agricultural sector through the tokenisation of real-world assets. Through decentralisation and bringing the market on-chain, Agridex will remove the blockades and friction that come with trading financial market assets in traditional Web2 centralised networks.

Agridex is built on the Solana blockchain and serves as a real-world asset marketplace that uses the financial innovation that comes with cryptocurrency and blockchain technology to bring more global access and mass adoption to the Agricultural financial market worth $2.7 trillion and enable easy digital trade within it. Agridex aims to revolutionise the agricultural industry by building the next generation of infrastructure.

Bringing the agricultural market on-chain Agridex eliminates the blockades and complications we see in the already existing systems and networks of trading agricultural commodities, these include

1. Complications and extra costs encountered in transactions
2. Limitations created by geographical barriers with IP addresses and other accompanying factors.
3. Fraud and the risk that comes with trading.
4. Long wait times and processing times.

With Agridex we will see innovations in the agricultural sector that bring new advantages like

1. Reduced transaction cost, no extra cost for exchanging currency or using third-party payfinance platforms that charge percentages on transactions.
2. Reduced wait times and near-instant settlements as seen with cryptocurrency and on-chain transactions.
3. Reduced fraud is made possible by the efficiency of the blockchain network to easily track transactions, and the high transparency the blockchain offers
4. Increased global access as anyone with an internet-enabled device can invest and participate in the markets.

The $AGRI token is how users of the AgriDex infrastructure transact within the ecosystem. Tokenization is the process of converting real-world assets into tokens that exist on a blockchain. These tokens represent ownership and access to the underlying asset. The Agridex ecosystem introduces the $AGRI token as the primary tender within its ecosystem,

The AgriDex community is empowered by the utility tokens provided; $AGRI tokens will be used to incentivise and reward users based on trade volumes, platform engagement and community engagement.
Token holders can vote on elections of directors,
The AgriDex DAO(Decentralised Automated Organisation) will be formed and be collectively managed and owned by members in token distribution.

$AGRI will be live on exchanges on 4th December 2024 (09:00 UTC)

Participate in the $AGRI airdrop and stand a chance to win $AGRI tokens, Follow @AgriDexPlatform

to get live updates

web: http://agridex.com

Telegram: https://t.me/agridex

Discord: https://discord.com/invite/agridex

#DeFi #Solana #DApps #DAOs #AGRI #agriculture #FinancialMarkets

Introduction to modern financial markets and government-issued bonds as financial assets

As defined by investopedia.com, Financial markets put simply are defined as any marketplace where the trading of securities occurs, these usually include stocks, bonds, forex and derivatives. Financial markets in our digital age have come a long way as vehicles for wealth creation, economic stability, creating value and agency and raising capital that funds several industrial pursuits.

The adoption and evolution of technology have also been pivotal to revolutionising the way financial markets are accessed and participation in financial markets, it is ideal that anyone interested in participating should have the instruments and enablement for involvement and invest in any kind of security of they choose as a vehicle for wealth creation and a means for achieving the fulfilment that comes with playing a part and making contributions to a growing and thriving economy. This is where the talk of inclusion in financial markets comes in, before smartphones, mobile applications and the internet boom, participation and accessibility were limited to a certain social class but today more securities can be accessed digitally as modern technology has somehow increased accessibility and adoption to anyone who has access to an internet-enabled device.

Bonds on the other hand, have been one security item that somehow has not seen the mass adoption of technology in the way they are accessed, how they are purchased and how investments are made. Bonds are fixed-income securities that corporations and governments issue to raise capital. The bond issuer borrows capital from the bondholder and makes fixed payments to them at a fixed (or variable) interest rate for a specified period.[1]

Fixed-income securities are a broad class of very liquid and highly traded debt instruments, the most common of which is a bond. They generally provide returns in the form of regular interest payments and repayments of the principal when the security reaches maturity.

They are different from equities, or stocks since fixed-income securities do not represent an ownership interest in a company, but they confer a seniority of claim, as compared to equity interests, in cases of bankruptcy or default.[2]

While bonds are similar to stocks in the sense of the transaction between investors and the issuer of the bond (government or company) they differ in the sense of the way they operate, investors buy bonds because unlike stocks they provide a more predictable income stream. Typically, bonds pay interest on a regular schedule, as agreed between the issuer of the bond and the investor such as every six months. And when the bonds are held to maturity, bondholders get back the entire principal, so bonds are a way to preserve capital while investing. Bonds can help offset exposure to more volatile stock holdings.[3]

While the Internet boom has massively changed the way financial markets, financial assets and financial instruments like stocks, commodities, forex and cryptocurrency are accessed, assessed, traded and adopted by newbie investors. Bonds still seem to be the less talked about security in the digital financial marketplace this poses the question of whether they are still an exclusive instrument for wealth creation reserved to a certain set of people or they fell off the boat.

However, as far as accessibility goes, one would assume that given the mass adoption of technology and digitisation in financial markets and financial asset purchasing. The technological revolution seen in those markets would ripple into bonds and make accessibility easier and more widespread, however, this is not the case as these bonds still somehow retain certain barriers in how the process of purchasing bonds is structured.

In the United States, only 1.3% of households own a bond, this statistic poses the question of the meagre rate for the purchase of bonds, are they not seen as good investments or does accessibility come with many barriers?

Additionally, there’s the question of the entry price for bonds, the minimum price one can purchase a US treasury bond for is USD 100. One might infer that more individuals are filtered out of the market due to the entry price of bonds.

As we have seen the means for participation in other securities evolved with the internet age but somehow with bonds, this accessibility might be limited this is where the idea of stablebonds comes in.

What are stable bonds?

Stablebonds are a novel cryptocurrency instrument a subset of a novel class of blockchain-based financial instruments called Crypto Bonds (Etherfuse). Typically stablebonds are real-world assets backed by government-issued assets, being backed by government-issued assets comes with the security real-world assets provide while leveraging on the benefits of decentralisation and bonds.

Reason for the creation of stable bonds: Fundamentally the idea behind the creation of stablebonds is rooted in the key characteristics and means of operation that traditional government-issued and corporation-issued bonds operate, work and function. The functionality is not the issue of contention but the accessibility of traditional bonds.

How do stablebonds address the issue of limited accessibility possessed by traditional bonds? The key strategy behind making stablebonds accessible globally is building and instrumentalising the already existing capabilities and features that come with the usage, adoption and integration of blockchain technology and decentralised finance, these key features namely are;

• Decentralisation: Control is non-centralised, the advantage of this is critical decisions can’t be made by single entities.
• Anonymity: Investor privacy and digital security is guaranteed.
• Digital access: Accessibility in the sense of market entry and the elimination of geographical barriers.
• High-level encryption: Cyber-security and access by one user only.

The creation of stablebonds is typically birthed by the traditional way bonds work but with a new method and vehicle for adoption and participation, the idea of integrating traditional finance with decentralised finance and still having the securities traded here work as they do traditionally while increasing accessibility, adoption, investor control and decentralisation. The general idea of stablebonds is leveraging the attributes of blockchain technology and cryptocurrency to enable investors to participate in the financial market and enjoy the benefits of investing in government-issued bonds.

Characteristics of stable bonds and how they work.

Stablebonds are a financial product ideated by Etherfuse, they offer the stability of traditional bonds and the innovation of blockchain technology. A key attribute that comes with Etherfuse stablebonds will be the fractionalisation of bonds to increase financial accessibility and make market entry possible for lower-income populations,

Fractionalisation is done par value of traditional bonds; for instance, the minimum price of purchasing a US treasury bond is USD100, fractionalisation means that that same bond will be pegged to stabletokens that represent USD 0.01 of that same bond to drive adoption. The key takeaway here is that through the tokenisation of traditional bonds, the question of market-entry and affordability is answered.

Bonds are offered by the creation of mints and metadata that specify the features on that bond, these are currently implemented by Etherfuse via on-chain smart contracts and each stablebond is accompanied by an initial funding period that permits investors/users to purchase the stable-tokens minted for that bond.

Key aspects of how Stablebonds work include:

The key aspects for the operation and provision of stablebonds are defined by the guiding principles, intended mode for operation and the domain where stablebonds are domiciled on the processes factored into the creation of workability of stable bonds are as follows;

Tokenisation: Physical bonds are converted into digital Stablebonds, tokenisation breaks down the existing physical bonds into tangible tokens hereby allowing for fractional ownership and broader market participation, typically this is done by the process of minting real-world assets and government-issued into Etherfuse Bond Tokens (EBTs) via smart-contracts on the Solana blockchain network.

Blockchain Technology: Utilizing blockchain, such as the Solana blockchain, for secure and transparent transactions, that provide decentralisation and provide the characteristics and access that cryptocurrency provides. the

Distribution of Returns: Since the tokens minted are pegged to physical bonds which earn interest within the specified period of the physical bonds, as the underlying physical bonds earn interest or reach maturity, the returns are distributed to Stablebond holders as tokenised assets.

Enhanced Accessibility: The Global reach that comes with being domiciled on the blockchain and the flexibility that cryptocurrency offers, buyers of stable bonds are granted access to stablebonds and even buyers in emerging economies get access to these bonds (Access is global).

The whole process starts from tokenisation, tokenisation here is typically conducted by on-chain minting conducted through smart-contracts, Tokens here will be referred to as Etherfuse Bond Tokens (EBT) which are Solana-Based (SPL) tokens, the total number of tokens minted depends on the bond collection’s stipulated supply and market demand, Mint authority is maintained by Etherfuse and minting is executed based on the characteristics of the bond collection and whether the funding period is open. Bonds particularly go through funding periods and when the period closes bonds purchased begin to accumulate interest while the minting and purchasing of that stablebond are disabled with unsold tokens being held in treasury to maturity by Etherfuse.

Accessing Stablebonds on Etherfuse

Regulatory compliance is key to accessing and investing in stablebonds, Users will connect to the Etherfuse platform with their Solana wallets, and a KYC (Know Your Customer) procedure is initiated for new users, upon successful completion of KYC users are granted the capability of participating in bond offerings.

Etheuse prioritises regulatory compliance. Users will connect to the Etheuse platform using their wallets. For new users, an intuitive KYC (Know Your Customer) procedure

Note: KYC is not mandatory for secondary market purchases but is essential for purchasing Stablecoins during mint bonds for collecting rewards.

Stablecoins (Typically USDC) are how tokens are purchased, when users purchase bonds with stablecoins they are given the corresponding value of the bonds they purchased.

Fund collection and maturity

Users are given alternative avenues and exchange their bond tokens upon maturity since stablebonds objectively aim to enhance liquidity within the blockchain system, which should cater to the financial needs of investors. Users can opt to redeem funds upon maturity or before maturity.

Upon Maturity; A bond can be redeemed par value via the Etherfuse web client, once the bonds are redeemed the tokens(EBT) pegged to the bonds are burned and users receive the equivalent amount of their returns in the stablecoin associated with the bonds they invested in.

Before Maturity; Etherfuse through its program offers users the option to collect interest on bonds before the maturity of the bonds, when a user opts for this option the associated Etherfuse Bond Token (EBT) are burned and replaced with a newly-minted NFT that is equal in value to the interest collected on the token and the remaining amount owed to the Stabblebond holder(investor) if the case of collecting subsequent interest accrued on bonds redeemed before their maturity, users can repeat the process of requesting the same steps they had gone through to get the prior interest on the bonds. When the bond reaches its stipulated maturity period collection will be par value and thi process burns the NFTs and the bondholder receives the remaining coupon plus the par value of the bond in the pegged token. If the holder does not wish to convert the stablebond to an NFT, they can simply hold the tokens and redeem the bond to collect the coupon and par value.

Types of bonds offered by etherfuse

Typically since Etherfuse bond tokens are minted from traditional financial market bonds they will follow the same offering and attributes seen in traditional bonds,

Etherfuse intends to support all bond types in subsequently, currently, the bonds supported here are;

Coupon Bonds: Periodic interest payments will be delivered to the stablebond holder/investor as defined by the bond specifications, the frequency by which interest is paid to the holder of the EBT(Etherfuse Bond Token) till maturity, is a direct function of the caveats and specifications of the parent bond the EBT was minted from.

Zero-Coupon Bonds: Since these bonds are issued at a discount the giveaway here will be that holders of these bonds do not get periodic interest, but they receive the face value of the bond upon maturity.

Benefits of Stablebonds as financial assets;

Stablebonds, typically inspired by the features and advantages of cryptocurrency mixed with the low risks involved with investing in bonds over stocks are a game-changer in the financial market as they offer the benefits of a novel kind of collateral asset.

Security and Transparency; Stablebonds are backed by and minted from government assets which are real-world assets so their foundation here is built on trust.

The innovation that comes with smart-contracts; Bonds go through a weekly rebase and have a single-mint process which comes with a fluid investment experience

Accessibility for holders; Since the basis of stablebonds is built on accessibility and the elimination of barriers posed by traditional bonds, Stablebonds are fundamentally designed for all types of investors, offering a compelling 9% APY (Annual Percentage Yield)

Conclusion

By the integration of traditional finance and decentralised finance via the instruments provided with blockchain technology Stablebonds though a novel idea in the financial market will provide the security, stability, participation and innovation that crypto products provide its users, as highlighted, the idea of investing in bonds might’ve been a pipe dream to a lot of potential investors but with tokenisation and blockchain accessibility adoption and participation now has a global reach, the benefits of investing in stablebonds do not serve just the investors but creates a wider reach for the issuers of stablebonds, Mexico as a case study, is projected to enjoy certain benefits effected by the deployment of Mexican stablebonds;

• The doubling of the private ownership of Mexican government bonds from 2% to 4%
• The existence of an interest-bearing environment between 0.5–2%.]
• Exact a trading fee of 2%

Why Mexico?

Mexico is the most liquid bond market in Latin America with USD623 billion in outstanding debt, mostly driven by institutions, governments and foreign investors(not individual entities or retail investors). Only 2% of Mexican bondholders are Mexican residents, Etherfuse estimates that the rate of individual ownership will double from 2% to 4% by the provision of additional access and liquidity to the Mexican bond market via Etherfuse Stablebonds.

References.

*Some definitions and descriptions for bonds were obtained from the Investopedia website which served as a useful tool for the creation of this article. www.investopedia.com

[1] https://corporatefinanceinstitute.com/resources/fixed-income/bonds/

[2] https://corporatefinanceinstitute.com/resources/fixed-income/fixed-income-securities/

[3](https://www.investor.gov/introduction-investing/investing-basics/investment-products/bonds-or-fixed-income-products/bonds)

*Definitions, description, workability and case studies for the use and adoption of stable bonds were culled, drawn, and given by the Etherfuse website (www.etherfuse.com) and the Etherfuse whitepaper on stablebonds www.etherfuse.com

About Divvy;

Divvy is a crypto-based betting platform built on the Solana network that gives users the benefit of ‘being the house’. As it is often said, the house always wins, but with Divvy, the playing field is level. This is possible because Divvy bridges the gap between gaming and DeFi and gives players control over their funds. Wagers (bets and payouts) are handled via smart contracts, and wagering is fully on-chain. This does away with the advantages, control, and custody third parties possess with traditional betting platforms and leverages the visibility and transparency that come with blockchain transactions, not to mention that no hidden charges take place in the background. Full control translates to making users be the house!

How it works:

A typical three-step process is involved in wagering with Divvy,

1. Place Bets; Wagers are made in various cryptocurrencies of choice giving the automated smart contract the role of managing transactions and outcomes.
2. Gains from bets and flexibility; bets can be converted to other commodities like NFTs, to be sold or traded.
3. Earned Points; wagers, contributions, referrals and participation translate into points that increase the chances of earning and winning from the $DVY Staking reward program

The $DVY staking reward program ;
Staking with Divvy.bet comes with the extra perk of earning $DVY tokens as a reward for using Divvy to wager on your favourite sports options, Spend $DVY and enjoy boosted odds, enter into jackpots, mint your winnings into tradable NFTs and enjoy a new experience of on-chain betting.

Why use Divvy.bet?

The more you use Divvy.bet the more $DVY tokens you earn. Earn Rewards. Place bets, provide liquidity, and be rewarded in $DVY!
Boost Your Experience. Spend $DVY to unlock boosted odds or enter into jackpots Mint Bets. Use $DVY to mint your bets into tradable NFTs and unlock a brand-new secondary market.

Other perks that come with using Divvy include; Transparency, Decentralized Control, No Hidden Fees, Flexibility, and Fast payouts to your crypto wallet.

Get Started with Divvy.bet and enjoy the full benefits of leveraging blockchain betting.🚀🎮🌟

@DivvyBet #bethehouse #solanablockchain #cryptobetting #DeFi #DApps #tokenisation #$DVY

Gamification as the name implies simply means introducing game-like features, experiences and elements into platforms to keep the users engaged and make their experience worthwhile, fun and more interactive.

We’ve seen this take prevalence in “tap-to-earn” crypto games that promise rewards to players who fulfil laid-out criteria for engaging in these games while playing by the rules with the objective of being rewarded with tokens.

Unfortunately, there are lapses and let-downs some of these games come with, that defeat the objective of having an enjoyable mobile-based gaming experience for users; some of these problems and frustrations notably are; user interface lacking aesthetic, in-game glitches and lagging, limited user interactivity and intuition while playing these games and many times, all-round user experience that is below standard.

Albeit these issues, for every problem, there’s a solution; Sticash a Solana-based application, addresses these problems and has through; well-thought-out, thorough research and all-round ingenuity, created a mobile application that actively seeks to revamp the gamification experience and all the lapses and letdowns players have experienced with other platforms.

Sporting a very clean user interface, well-designed and rendered characters in a 3D environment and engaging graphics, the Sticash application brings a fresh experience to gaming for tokens without forfeiting a good user experience and easy in-app navigation.

The Sticash app has not only paid attention to the gaming experience for its users but has actively addressed in-app transactions, and the experience with funding and sending tokens into and outside of your wallet while enjoying the experience of gaming to earn tokens. talk about killing two birds with one stone!

The Sticash application currently sports two everybody-rated and fun to play and engaging games on its gaming tab, namely; Dash and pinball which aren’t hard to play, as the gameplay objectives are easy to follow through with.

Other features it sports include play to earn challenges and community-based competitions for rewards that keep users engaged and hands them a chance to win rewards that will be converted to tokens (USDC and SOL)

What better way to experience play to earn opportunities than this?

Click the link to get started:

https://web.sti.cash?ref=3668240222

Twitter: https://x.com/StiCashHq

website: https://sti.cash

What is cryptocurrency?!, What are tokens?! , Why is it called a wallet?!, What are NFTs?!, What is Bitcoin ?!

There will always be those persons around us, who always ask us these questions and wonder how they get started with cryptocurrency, the long and short of it will always be the language and terminology we try to explain to them about cryptocurrency (all the crypto lingo)

But that aside, let’s say we are done explaining, how we adequately educate curious individuals who want to actively participate in the cryptocurrency financial market and onboard them to the processes involved.

How do they trade, hold, or own cryptocurrency?

First; you need a wallet, a wallet is the term used to refer to any platform where you can keep, hold, invest in and trade cryptocurrency. Think of it as your typical bank account that helps you save, spend and invest your typical fiat currency or normal money,

But in the case of crypto, the element of having fiscal cash is done away with since it is a wholly digital currency built into a blockchain* system.

The first wallet I used for cryptocurrency was binance.com, maybe because it was popular at the time regardless, I still enjoy using Binance to this day. Binance is a cryptocurrency exchange platform that gives you the ability to hold, trade and invest in coins (different kinds of cryptocurrency)

How do you set up a cryptocurrency wallet with Binance?

Download the Binance App: Install it from the Google PlaysStore or Apple AppStore.

1. In the App: Tap “Sign Up.”
2. Enter Your Details: Use your email and create a strong password.
3. Verification: Enter the code sent to your email.
4. Complete KYC: Upload ID documents and take a selfie for identity verification

Once registered, you can explore Binance features on your mobile securely.

Enable 2FA (2-factor authentication) for added security.

Binance has an interactive UI that enables you to switch themes and modes. You can switch from light to dark themes, you can also toggle between BinanacePro (expert users) and BinanceLite (beginner) modes.

This helps reduce the ambiguity with the different complex features seen with beginners who are still new to the crypto market.

How do you start trading cryptocurrency on Binance.com:

The first step to trading cryptocurrency as is with any other financial market is funding your wallet, this comes with a disclaimer (given the volatile nature of cryptocurrency, it is advised to invest only in what you can afford to lose, taking risks can come later).

To fund your wallet you have the options of;

1. Bank Transfer: Deposit money directly from your bank account via wire transfer.

2. Credit/Debit Card: Use a card to purchase cryptocurrency instantly.

3. P2P Trading: Buy cryptocurrency directly from other users on Binance’s peer-to-peer platform.

4. Crypto Deposit: Transfer cryptocurrency from another wallet or exchange to your Binance wallet.

5. Third-Party Payment: Use services like Simplex or Banxa integrated into Binance.

Typically it is advised to purchase stable coins like USDT/USDC since they retain the intrinsic value they have on deposit, and when you decide to start trading you can convert them to any coin that seems promising to you.

Some trading systems or transactions you can partake in to make profits from in crypto include trades, staking and DeFi interactions.

Trades;

One way to invest your stablecoins is by converting them to volatile coins that have the potential to grow in value (promising coins growing) via spot trading. Spot trading is buying or selling a cryptocurrency at the current market price, with the transaction being settled “on the spot.”

Say for example; you want to buy Bitcoin via spot trading, if you have $1,000 in your Binance account and the current price of Bitcoin (BTC) is $30,000, you could use that $1,000 to buy about 0.0333 BTC (after considering small transaction fees). Once the trade is complete, that 0.0333 BTC is immediately added to your Binance spot wallet.

Ways to do this include:

1. Once your funds are deposited, go to the Trade section at the top of the page.
2. Select Spot trading (this is typically the default type of trading), You will now see the spot trading interface, which includes:

Order Book: Buy and sell orders placed by other traders.

Price Chart: This shows the price movements of the trading pair.

Trade History: Recent transactions on that pair.

Choose a Trading Pair; On the top left, there’s a search bar to select the trading pair you want to trade.

A trading pair is made up of two currencies, such as BTC/USDT (Bitcoin to Tether) or ETH/BTC (Ethereum to Bitcoin).

1. If you want to trade Bitcoin for USDT (Tether), you would search for BTC/USDT.

Of course, there are other kinds of trading methods and ways to invest in cryptocurrency in Binance, this is however an introduction to getting started with exploring cryptocurrency.

More information can be found here; https://greed.academy/ @GreedAcademy #GreedBounty

The Future of Athlete Scouting

I recently worked on an exciting project where I created a promotional video marketing advert for a sports recruitment platform, UProspect. This innovative platform is at the forefront of a revolutionary shift in how athlete scouting is done. Gone are the days of traditional scouting methods that often relied on chance and limited exposure. Today, technology is changing the game, bringing new opportunities for athletes around the world.

How Technology is Transforming Athlete Scouting

With the rise of digital platforms, tech products, and sophisticated applications, the landscape of athlete scouting is rapidly evolving. Platforms like UProspect are leveraging cutting-edge technology to create a more inclusive and comprehensive approach to scouting. These tools are not only enhancing the visibility of athletes but also streamlining the entire process for coaches and scouts.

Key Features That Are Game Changers in SportsTech

One of the standout features of platforms like UProspect is profile creation. Athletes can now build detailed profiles showcasing their skills, achievements, and personal stories. This digital portfolio is more than just a resume; it’s a dynamic representation of the athlete’s journey, accessible to scouts and coaches worldwide.

Opportunities Beyond Traditional Scouting

Technology has opened the door to a range of opportunities that traditional scouting methods simply can’t match. For instance, platforms like UProspect are now offering sports scholarships to talented individuals who may not have had the chance to be seen otherwise. This democratizes access, allowing athletes from all backgrounds and regions to compete on a level playing field.

In addition, these platforms use sophisticated algorithms and data analytics to match athletes with the right opportunities, be it college programs, professional teams, or training camps. This is a far cry from the old days of relying on word-of-mouth or limited regional exposure.

Why This Matters

For athletes, this technological shift means greater exposure, more opportunities, and a fair chance to showcase their talent. For scouts and coaches, it means having access to a wider pool of talent, better data, and more efficient tools to make informed decisions.

As a designer and video editor, I am passionate about contributing to this evolution in sports scouting. By working on projects that merge technology with sports, I aim to create compelling content that not only markets these platforms but also tells the powerful stories of the athletes they serve.

https://www.behance.net/gallery/205118791/Uprospect-reveal-videos-and-reels